Optical Characteristics of Gas-Discharge Plasma in Mixtures of Mercury Dibromide Vapor with Gases
This volume presents the results of a number of studies on the spectral, integral and temporal characteristics of radiation and DBD plasma parameters on mixtures of mercury dibromide vapor and gases such as helium, argon, neon, xenon, krypton, nitrogen, and sulfur hexafluoride. Gas-discharge plasma in such mixtures is used as a working medium for exciplex sources of pulsed-periodic coherent lasers and spontaneous radiation (excilamps) in a blue-green spectral region with a wavelength at a maximum intensity equal to 502 nm. Such radiation sources attract the attention of researchers due to the highly specific radiation power (a record for the visible spectral range), the possibility of a wide tuning of the radiation wavelength, and the ability to operate in a repetitively pulsed mode.
The book proposes the application of research results to create efficient gas-discharge excilamps of blue-green and ultraviolet spectral ranges, and will appeal to scientists, engineers and graduate students who specialize in plasma physics and quantum electronics.
Dr Antonina Malinina is an expert in plasma physics, quantum electronics, physics and technology of gas discharges, and optics and spectroscopy of atoms, ions and molecules. She is a Senior Researcher at Uzhhorod National University, Ukraine, and is the author and co-author of 93 scientific works. Her publications include “Experimental and Theoretical Characterization of the Multi-wavelength DBD-driven Exciplex Lamp Operated with the Mercury Bromide/Rare Gases Mixtures” (2011), “Nanosecond Barrier Discharge in a Krypton/Helium Mixture Containing Mercury Dibromide: Optical Emission and Plasma Parameters” (2015), and “Optical Characteristics and Parameters of Gas-Discharge Plasma in a Mixture of Mercury Dibromide Vapour with Argon” (2015). Her research interests include exciplex gas discharge lamps, discharges on air mixtures with combustible gases, physics, and technology of nanofilms.
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